JP3732142B2 - Competitive game system, competitive game program, and recording medium - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a technique for proceeding with a competitive game, and more particularly to a technique for reproducing a player's operation in a pseudo manner.
[0002]
[Prior art]
In recent years, battle-type games in which a plurality of people can play a game simultaneously have been widely performed.
By the way, it is natural that a competitive game cannot proceed unless there is an opponent.
Therefore, it has been practiced that the game proceeds as a pseudo player. For example, JP-A-8-196744 discloses a computer game device having a learning function.
[0003]
[Problems to be solved by the invention]
However, what is most enjoyable in a battle-type game is not a battle against a computer, but a battle between actual players. For example, a younger brother wants to play a game with his brother, but he is not busy. Therefore, it would be convenient if the computer played as if the brother was operating.
[0004]
Therefore, the problem to be solved by the present invention is to provide a technique capable of reproducing a player's operation in a pseudo manner.
[0005]
[Means for solving the problems]
According to a first aspect of the present invention for solving the above-mentioned problems, in a battle-type game system, in a battle mode in which the game system is in charge of the action of the character to be battled, the player or the other player The game system reproduces in a pseudo manner based on information on the operation of the character, the input means for inputting operation information for determining the action of the character by the player, the action of the character corresponding to the operation information, and An action record table in which vector information for a battle character based on the character at the time of operation information input is associated and recorded as action information, and a direction and a distance of the character that records the action against the fighting character. The vector information that represents Recording means for recording the action of the character corresponding to the operation information in the action record table as action information, and the frequency of the action of the character is totaled for each vector information based on the action information recorded in the action record table The action frequency table is created, and the execution probability of each action corresponding to each vector information is calculated based on the action frequency of each character aggregated for each vector information. In the battle mode in which the action probability table is created by associating the action execution probability with the action probability table and the game system is in charge of the action of the opponent character, The vector information representing the distance is monitored, and the vector information corresponding to the current vector information is The game system searches the probability table, searches for the execution probability of each action corresponding to the vector information, determines an action to be executed based on the execution probability of each action, and the determined action It has character action control means to be performed by the character in charge.
[0006]
According to a second invention for solving the above-mentioned problem, in the first invention, the recording means monitors the vector information indicating the direction and distance of the character that records the action and the battle time, and the battle time. It is means for storing the vector information at the time of operation information input, the action of the character corresponding to the operation information, and the elapsed time of the battle at the time of input of the operation information in the action record table as action activation information, The table creating means creates an action frequency table in which the elapsed time zone and the action frequency of each character aggregated for each vector information are associated based on the action information recorded in the action record table, Based on the action frequency table, the execution probability of each action corresponding to the vector information in the elapsed time zone is calculated, It is means for creating an action probability table by associating the interband, the vector information, and the execution probability of each action, and the action determining means is a battle mode in the battle mode in which the game system takes charge of the action of the battle character. Monitor the elapsed time and the vector information representing the direction and distance of the character in charge of the game system to the fighting character, and from the elapsed time zone corresponding to the elapsed time of the action probability table, present vector information Is a means for searching for vector information corresponding to, searching for an execution probability of each action corresponding to this vector information, and determining an action to be executed based on the execution probability of each action
It is characterized by that.
[0007]
According to a third aspect of the present invention for solving the above-described problem, in the first or second aspect, the recording means includes vector information representing a direction and a distance of the character that records the action against the fighting character, The action record table that monitors the life point, associates the vector information when the operation information is input, the action of the character corresponding to the operation information, and the life point of the character when the operation information is input, as action activation information. The table creating means associates life points with the frequency of action of each character aggregated for each vector information based on the action information recorded in the action record table. Create an action frequency table, and based on this action frequency table, Calculating the execution probability of each action to be executed, and creating an action probability table by associating the life point, vector information, and the execution probability of each action, and the action determining means is the action of the battle character In the battle mode in which the game system is in charge of the game system, the vector information and the life point representing the direction and distance of the character in charge of the game system with respect to the fighting character are monitored, and each action corresponding to the current life point and the vector information is monitored. It is a means which searches the execution probability of this, and determines the action to perform based on the execution probability of each action.
[0008]
According to a fourth aspect of the present invention for solving the above-mentioned problems, in a battle-type game executed by a computer, in the battle mode in which the game system is in charge of the action of the character to fight, the action of the character in charge of the game system is self or other. A game program that reproduces in a pseudo manner based on information that a player has operated a character in the past, wherein the game program is a computer that performs the battle game, and the operation information for determining the action of the character is determined by the player. The input means and the vector information representing the direction and distance of the character that records the action against the fighting character are monitored, and the character action corresponding to the operation information and the character at the time of input of the operation information are monitored. Corresponds to the vector information for the reference opponent character Recorded in the action record table, the action information is recorded in the action record table as vector information when the operation information is input, and the action of the character corresponding to the operation information is recorded as action information. Based on the behavior information of the character, the behavior frequency table is created by summing up the frequency of the behavior of the character for each vector information, and each vector information corresponding to each vector information based on the behavior frequency of each character summed up for each vector information A table creation means for calculating an execution probability of an action and creating an action probability table by associating each vector information with the execution probability of each action, and a battle mode in which the game system takes charge of the action of the battle character Vector representing the direction and distance of the character in charge of the game system An action to be executed based on the execution probability of each action by searching the action probability table for vector information corresponding to the current vector information, searching for the execution probability of each action corresponding to this vector information And a character action control means for causing a character in charge of the game system to perform the determined action.
[0009]
According to a fifth aspect of the present invention for solving the above-described problems, in the fourth aspect of the present invention, the game program causes the recording means to display vector information representing a direction and a distance of the character that records the action against the character and the battle time. Are stored in the action record table as action activation information in association with the vector information when the operation information is input, the character action corresponding to the operation information, and the elapsed time of the battle when the operation information is input. An action associated with the elapsed time zone and the action frequency of each character aggregated for each vector information based on the action information recorded in the action record table. Create a frequency table and execute each action corresponding to vector information in the elapsed time zone based on this action frequency table An action probability is calculated and functions as means for creating an action probability table by associating the elapsed time zone, the vector information, and the execution probabilities of the actions, and the action determining means In the battle mode to be assigned to the system, the game elapsed time and the vector information indicating the direction and distance of the character in charge of the game system with respect to the fighting character are monitored, and the progress corresponding to the elapsed time in the action probability table Means for retrieving vector information corresponding to the current vector information from the time zone, searching for execution probability of each action corresponding to this vector information, and determining an action to be executed based on the execution probability of each action It is made to function as.
[0010]
According to a sixth invention for solving the above-described problem, in the fourth or fifth invention, the game program causes the recording means to display vector information representing a direction and a distance of the character that records the action against the character that is fighting. And the life point of the character, and the action is activated by associating the vector information when the operation information is input, the action of the character corresponding to the operation information, and the life point of the character when the operation information is input Functioning as a means for storing the information in the action record table as information, and the table creation means based on the action information recorded in the action record table, the life point and the action of each character aggregated for each vector information. Create an action frequency table that is associated with the frequency, and based on this action frequency table, The execution probability of each action corresponding to the fpoint and vector information is calculated, and functions as means for creating an action probability table by associating the life point, vector information, and the execution probability of each action. In the battle mode in which the game system is in charge of the action of the battle character, the determining means monitors the vector information and the life point indicating the direction and distance of the character in charge of the game system and the current life point. And the execution probability of each action corresponding to the vector information is searched, and it is made to function as means for determining an action to be executed based on the execution probability of each action.
A seventh invention that solves the above-described problem is a recording medium in which the program according to any one of the fourth to sixth inventions is stored.
[0011]
According to an eighth aspect of the present invention for solving the above-mentioned problems, in a battle-type game, in the battle mode in which the game system takes charge of the action of the character to fight, the action of the character in charge of the game system is determined by the player or other player in the past. This is a method for reproducing character behavior that is reproduced in a pseudo manner based on information on the operation of the character, and monitors vector information indicating the direction and distance of the character that records the action against the fighting character, and corresponds to the operation information. The action of the character input by the player is recorded in the action record table in which the action of the character and the vector information for the battle character based on the character when the operation information is input are associated and recorded as action information. The vector information when the operation information to be determined is input and the operation information The action step of recording the action of the character to be performed as action information, and the action frequency table in which the action frequency of the character is tabulated for each vector information are created based on the action information recorded in the action record table. The execution probability of each action corresponding to each vector information is calculated based on the action frequency of each character aggregated for each vector information, and each vector information is associated with the execution probability of each action. In a table creation step for creating an action probability table and a battle mode in which the game system is in charge of the action of the fighting character, the vector information representing the direction and distance of the character in charge of the game system to the fighting character is monitored, The vector information corresponding to the current vector information is searched from the action probability table, and A character that searches the execution probability of each action corresponding to the vector information and determines an action to be executed based on the execution probability of each action, and a character that causes the character in charge of the game system to perform the determined action And an action control step.
[0012]
According to a ninth invention for solving the above-mentioned problem, in the eighth invention, the recording step monitors vector information representing a direction and a distance of a character to which the action is recorded and a battle time, and a battle time. A step of storing vector information at the time of input of operation information, an action of the character corresponding to the operation information, and an elapsed time of the battle at the time of input of the operation information in the action record table as action activation information; Based on the action information recorded in the action record table, the table creation step creates an action frequency table in which the elapsed time zone and the action frequency of each character aggregated for each vector information are associated, Based on this action frequency table, the execution probability of each action corresponding to the vector information in the elapsed time zone is calculated , Creating an action probability table by associating the elapsed time zone, the vector information, and the execution probability of each action, wherein the action determining step is a battle mode in which the action of the battle character is assigned to the game system. At this time, the game elapsed time and the vector information representing the direction and distance of the character in charge of the game system in charge of the game are monitored, and from the elapsed time zone corresponding to the elapsed time of the action probability table, This is a step of searching for vector information corresponding to the vector information, searching for an execution probability of each action corresponding to the vector information, and determining an action to be executed based on the execution probability of each action. .
[0013]
In a tenth aspect of the present invention that solves the above-described problem, in the eighth or ninth aspect, the recording step includes vector information representing a direction and a distance of the character that records the action against the fighting character, The action record table that monitors the life point, associates the vector information when the operation information is input, the action of the character corresponding to the operation information, and the life point of the character when the operation information is input, as action activation information. And the table creation step associates the life point with the action frequency of each character aggregated for each vector information based on the action information recorded in the action record table. Create an action frequency table, and based on this action frequency table, Calculating an execution probability of each action corresponding to the toll information, creating an action probability table by associating life points, vector information, and the execution probability of each action, and the action determining step includes: In the battle mode in which the game system takes charge of the action of the fighting character, the vector information and the life point indicating the direction and distance of the character in charge of the game system with respect to the fighting character are monitored, and the current life point and vector information are displayed. This is a step of searching for the execution probability of each corresponding action and determining an action to be executed based on the execution probability of each action.
[0031]
DETAILED DESCRIPTION OF THE INVENTION
A first embodiment of the present invention will be described with reference to the drawings.
FIG. 1 is a configuration diagram of a competitive game system according to the present invention.
[0032]
Reference numeral 1 denotes a competitive game system, for example, a personal computer or a so-called television game machine. The competitive game system 1 includes a control unit (for example, MPU: Micro Processing Unit) 1A, and a storage unit (for example, ROM, RAM, and HDD) that stores programs executed by the control unit 1A, information on player behavior, and the like. 1B, input means (eg, keyboard, mouse and / or controller) 1C1, input means (eg, keyboard, mouse and / or controller) 1C2, communication means (eg, modem and / or RS232C) 1D, Output means (for example, television, monitor and / or printer) 1E, read / write means (for example, floppy disk drive and / or memory card reader / writer) 1F, and recording medium (for example, floppy disk and / or IC card) 1G.
[0033]
The player inputs information for operating the character's action with the input means 1C1 or the input means 1C2. For example, as shown in FIG. 2, the input unit 1C1 (input unit 1C2) includes a controller 20 having switches SW21, SW22, SW23, SW24, SW25, and SW26. Then, by pressing the switches SW21 to SW26, operation information for operating the character's action is input.
[0034]
The storage unit 1B includes a technique table 1B1 in which switch identification information and technique (behavior) information are associated with each other. For example, as shown in FIG. 3, the technique information of the switch “SW21” is “right punch”, the technique information of the switch “SW22” is “left punch”, and the switch “SW25 + SW21” (+ is pressed simultaneously) Meaning, the same applies hereinafter) technique information is “right kick”, technique information of switch “SW25 + SW22” is “left kick”, technique information of switch “SW26 + SW22” is “defense”, and switch “SW” The information of the technique of “SW24 + SW21” is “jump”, and the information of the technique of the switch “SW25 + SW21” is “deadly technique”.
[0035]
For example, the player presses the SW 21 of the controller (input means 1C1, input means 1C2) 20 when he / she wants the character he / she selects to perform the technique “right punch”. As a result, information indicating that the SW 21 is pressed is input from the controller 20 to the control unit 1A. That is, the control means 1A knows that the SW 21 has been pressed.
[0036]
The control means 1A that knows that the SW 21 has been pressed reads out the technique information “right punch” associated with the SW 21 from the technique table 1B1. Then, the control means 1A causes the character to take a “right punch” action.
[0037]
Accordingly, the player can operate the character selected by the player and can play against the character selected by the opponent player.
[0038]
In addition, the storage unit 1B stores a character table 1B2 in which character identification information and character information are associated with each other.
[0039]
For example, as shown in FIG. 4, the characteristic information of the character “Ken” is “Item: Karate, Gender: Male, Height: 185 cm, Weight: 80 kg, Special Move: Fallen ...”, and the characteristic information of the character “Gon” Is "Item: Sumo Gender: Male Height: 180cm Weight: 150kg Special skill: Hand throwing ..." Character information of "Gin" is "Item: Kickboxing Gender: Male Height: 170cm Weight: 65kg Good Technique: Jump kick ... ”and the character information of the character“ Yumi ”is“ Item: Kung Fu Gender: Female Height: 165 cm Weight: 48 kg
Good technique: Rotating kick ... ".
[0040]
The control means 1A reads the character feature information from the character table 1B2, and displays the read character feature information on the monitor (output means 1E). The player who sees this display selects the character he / she operates. Then, the control unit 1A stores the identification information of the player and the identification information of the character selected by the player in the action table 1B3 of the storage unit 1B.
[0041]
As shown in FIG. 4, the action table 1B3 includes player identification information, character identification information, technique information during a battle (for example, a battle time of 90 seconds), time information, and character information. It is a table in which information on the distance between them, information on the life point of their own character, and information on the life point of the opponent character are associated with each other.
[0042]
Here, the time information refers to the time that has elapsed since a certain reference time. For example, the reference time may be the start of a battle, the input of a certain technique, or the key input is delayed for a predetermined time. But it ’s okay. In this embodiment, the reference time is described as the start of the game. Accordingly, the time information is information on the elapsed time of the game, and is information indicating how many seconds after the start of the game when the player inputs the technique with the controller 20. That is, it is the elapsed time of the game when the player takes out the technique.
[0043]
Moreover, the information on the distance between characters is the information on the distance between the characters in battle. This is a so-called match with an opponent. In the present embodiment, an imaginary distance is used for the distance between characters. For example, when the distance between characters is 1 m, unlike the actual 1 m, the imaginary height in the game system taking into account the imaginary height of the character is taken into consideration. Distance.
[0044]
The life point information is one piece of information for determining whether or not the game is won and lost, and if the life point becomes “0”, the game loses. For example, “100” is set at the start of the game, and is subtracted when the opponent receives an attack during the match.
[0045]
Here, FIG. 5 shows an action table 1B3 when the player “B” battles by operating the character “Ken”. In FIG. 5, the reference time is the start time of the game, and the time information is information on the elapsed game time. As shown in FIG. 5, the information on the time when the player “B” inputs the technique “jump” is “5.0 seconds”, and the information on the distance between characters at that time is “1.5 m”. The information of the life point of his / her character is “100”, and the life point information of the opponent character at that time is “100”. In addition, the information on the time when the player “B” inputs the technique “right kick” is “7.0 seconds”, and the information on the distance between the characters at that time is “0.8 m”. The life point information of “98” is “98”, and the life point information of the opponent character at that time is “100”. In addition, the information of the time when the player “B” inputs the technique “left punch” is “7.5 seconds”, the information of the distance between the characters at that time is “0.5 m”, and his character at that time The life point information of “95” is “95”, and the life point information of the opponent character at that time is “80”. In addition, the information on the time when the player “B” inputs the technique “left punch” is “8.0 seconds”, the information on the distance between the characters at that time is “0.5 m”, and his character at that time The life point information of “94” is “94” and the life point information of the opponent character at that time is “75”.
[0046]
That is, the action table 1B3 records the history of operations during the battle. And every time it fights, action table 1B3 is added. Similarly, the action table 1B3 of the other player is also stored in another area of the storage unit 1B.
[0047]
Next, the control means 1A extracts the input technique information from the action table 1B3 after the match is completed, generates a time table 1B4, and stores the generated time table 1B4 in the storage means 1B.
[0048]
For example, as shown in FIG. 6, the player identification information of the time table 1B4 is “B”, and the character identification information is “KEN”. The information of the technique input during the game elapsed time “5.0 seconds to 8.0 seconds” is “jump, right kick, left punch, left punch”, and the input time (the player operated the controller 20). The information of (total time) is “3 seconds”. Also, the information of the technique input during the game elapsed time “10.0 seconds to 15.0 seconds” is “defense, defense, left kick, left kick”, and the input time information is “5 seconds”. . ... Also, the information of the technique that was delivered during the game elapsed time “80.0 seconds to 82.0 seconds” is “jump, special technique”, and the information of the input time is “2 seconds”. In this way, the time table 1B4 stores information on the technique input every time the battle is completed.
[0049]
Thereby, it is possible to memorize the habit of the technique that the player “B” delivers according to the elapsed game time. Then, the control means 1A simulates the behavior of the character operated by the player “B” based on the time table 1B4. Further, the control means 1A has a function of advising a player “B” strategy based on the time table 1B4. For example, the control means 1A causes the monitor (output means 1E) to display information that “the player“ B ”often enters the defense and kicks out about 10 seconds after the game starts”.
[0050]
The control means 1A extracts the technique information input according to the distance between characters from the action table 1B3 after the match is finished, generates a distance table 1B6, and stores the generated distance table 1B6 in the storage means 1B. .
[0051]
For example, as shown in FIG. 7, the identification information of the player in the distance table 1B6 is “B”, and the identification information of the character is “KEN”. The technique information input during the distance “0.00m to 0.50m” is “left punch twice”, and the technique input during the distance “0.51m to 1.00m”. The information of is “right kick 1 time, left kick 2 times”, and the technique information input while the distance is “1.01 m-1.50 m” is “jump 2 times”, and the distance is “1” The information of the technique input between “.51 m to 2.00 m” is “none”. And the information of the technique input whenever the battle | competition is complete | finished is added to the distance table 1B6.
[0052]
Thereby, according to the time, it is possible to memorize the habit of the technique that the player “B” delivers. Then, the control means 1A simulates the behavior of the character operated by the player “B” based on the distance table 1B6. Further, the control means 1A advises how to capture the player “B” based on the distance table 1B6. For example, the control means 1A states that “player“ B ”performs a left punch action when the interval is 0 to 0.5 m, and performs a right kick and a left kick when the interval is 0.5 m to 1 m. , The jumping action is often performed when the interval is 1 m to 1.5 m ”is displayed on the monitor (output means 1E).
[0053]
The control means 1A extracts the information on the technique input according to the life point of the character from the action table 1B3 after the battle is finished, generates a life point table 1B7, and stores the generated life point table 1B7 in the storage means 1B. Remember.
[0054]
For example, as shown in FIG. 8, the identification information of the player in the life point table 1B7 is “B”, and the identification information of the character is “KEN”. The information of the technique input when the life point is “the difference between the value of yourself and the opponent is 10 or less” is “left punch 2 times”, and the life point “the difference between the value of yourself and the opponent is 10 or more” The skill information entered when “I am more” is “right kick once”, and the skill entered when the life point is “there is more than 10 opponents with a difference in value between myself and the opponent” The information of is "One Special Move", the information of the technique entered when the life point "My life point is 10 or less" is "Defense 2 times", and the life point "The opponent's life point is 10" The information of the technique input in the case of “below” is “left kick once”. And the information of the technique input whenever the battle | competition is complete | finished is added to the life point table 1B7.
[0055]
Thereby, according to the life point, it is possible to memorize the habit of the technique that the player “B” delivers. Then, the control means 1A simulates the behavior of the character operated by the player “B” based on the life point table 1B7. Further, the control means 1A advises how to capture the player “B” based on the life point table 1B7. For example, the control means 1A
“Player“ B ”has a life point
1. If the difference between yourself and your opponent is 10 or less: Left punch
2. When the difference between yourself and the opponent is more than 10
3. If the difference between yourself and the opponent is more than 10 opponents: Special move
4). If your life point is 10 or less: Defense
5. If opponent's life point is 10 or less: Left kick
Is displayed on the monitor (output means 1E).
[0056]
Further, the control means 1A reads the technique table 1B1, the character table 1B2, the action table 1B3, the time table 1B4, the distance table 1B6, and the life point table 1B7 from the storage means 1B, and reads and writes the information of each read table to the read / write means 1F. To the recording medium 1G. On the other hand, the control means 1A reads the technique table 1B1, the character table 1B2, the action table 1B3, the time table 1B4, the distance table 1B6, and the life point table 1B7 from the recording medium 1G via the read / write means 1F. Based on the information, the behavior of the character operated by the player “B” is reproduced in a pseudo manner. Thereby, it is possible to distribute the recording medium 1 that can reproduce the behavior of the character operated by the player “B” in a pseudo manner.
[0057]
Further, the control means 1A communicates the technique table 1B1, the character table 1B2, the action table 1B3, the time table 1B4, the time zone table 1B5, the distance table 1B6, and the life point table 1B7 to the server via the Internet, for example. You may comprise so that it may transmit to. Thereby, if there is a facility that can be connected to the Internet, it is possible to simulate the behavior of the character operated by the player “B” from anywhere.
[0058]
Next, the operation of the present invention will be described.
FIG. 9 is an operation flowchart showing the operation of the present invention.
For the sake of specific explanation, it is assumed that the player “A” and the player “B” are competing.
[0059]
First, the control means 1A
The information of “Input the player 1 identification information. Player 1 [] conversion confirmation” is displayed on the monitor (output means 1E). The player “A” who sees this display moves the cursor (not shown) with the controller (input means 1C1) 20 and inputs “KOU”. Then, the controller (input means 1C1) 20 (not shown) moves the cursor and inputs “conversion”.
[0060]
The control means 1A that knows that “conversion” has been input causes the monitor (output means 1E) to display the information of “former. The player “A” who sees this display moves the cursor (not shown) with the controller (input means 1C1) 20 and selects “A”. Then, the controller (input means 1C1) 20 (not shown) moves the cursor and inputs “OK”.
[0061]
The control means 1A, which knows that “confirm” has been input, reads the character table 1B2 from the storage means 1B, and displays the read information and information indicating that the character has been selected on the monitor (output means 1E). Let
[0062]
For example, “Please select a character.
1. Ken [Event: Karate Gender: Male Height: 185cm Weight: 80kg Special Move: Fallen]
2. Gon [Event: Sumo Gender: Male Height: 180cm Weight: 150kg Proficiency: Hand throwing]
3. Jin [Category: Kickboxing Gender: Male Height: 170cm Weight: 65kg Special skill: Jump kick]
4). Yumi [Event: Kung Fu Gender: Female Height: 165cm Weight: 48kg Special skill: Spinning kick] Confirmed]
Is displayed on the monitor (output means 1E). The player “A” who sees this display moves the cursor (not shown) with the controller (input means 1C1) 20 and inputs “2”. Then, the controller (input means 1C1) 20 (not shown) moves the cursor and inputs “OK”.
[0063]
The control means 1A that knows that “confirm” has been input stores the player identification information “former” and the character identification information “gon” in the action table 1B3.
[0064]
Similarly, the player “B” inputs the player identification information “B” and the character identification information “Ken” through the controller (input means 1C2) 20. Then, the control means 1A stores the player identification information “B” and the character identification information “KEN” in the action table 1B3.
[0065]
Next, the control means 1A starts the game, displays the progress of the game on the monitor (output means 1E), and measures the elapsed time (step 101). For example, one game is 90 seconds. If either life point becomes “0”, the game is over.
[0066]
The player “Class A” and the player “B” operate the controller 20 to make the selected character play a battle.
[0067]
For example, the player “B” simultaneously presses SW24 and SW21 of the controller (input means 1C2) 20 during the game progress “5.0 seconds” (step 102). The control means 1A that knows that SW24 and SW21 are simultaneously pressed reads out the technique information associated with “SW24 + SW21” from the technique table 1B1, and causes the character “ken” to perform the read technique “jump”. .
[0068]
The control means 1A also includes information on the technique “jump”, information on the time “5.0 seconds” when the SW 24 and SW 21 are pressed simultaneously, information on the time “1.5 m”, and personal information at that time. The life point “100” of (Ken) and the life point “100” of the opponent (Gon) are stored in the action table 1B3. Similarly, the information on the similar technique is stored in the action table 1B3 for the player “Class A”.
[0069]
In this way, the history information operated by the player “K” and the player “B” is stored in the storage unit 1B.
[0070]
Next, a description will be given of an operation in which the player “Class A” plays a battle game alone. That is, the control means 1A performs a pseudo operation of the player “B”.
[0071]
First, the control means 1A
“Enter the identification information of the player you want to play against.
Player [Class A]
Player [B]
player[*]
・
・ 」
Is displayed on the monitor (output means 1E). The player “A” who sees this display moves the cursor (not shown) with the controller (input means 1C1) 20 and selects “B”.
[0072]
The control means 1A that has learned that “B” has been selected reads the action table 1B3 of “B”, generates a time table 1B4 from the read action table 1B3, and stores the generated time table 1B4 as the storage means 1B. Remember me.
[0073]
Further, the control means 1A reads the action table 1B3 of “B”, generates a distance table 1B6 from the read action table 1B3, and stores the generated distance table 1B6 in the storage means 1B.
[0074]
Further, the control means 1A reads the action table 1B3 of “B”, generates a life point table 1B7 from the read action table 1B3, and stores the generated life point table 1B7 in the storage means 1B.
[0075]
Next, the control means 1A advances the game by the control means 1A performing a pseudo operation of the player “B”.
[0076]
Then, the control unit 1A causes the character “ken” to perform an action corresponding to the elapsed game time based on the time table 1B4. For example, the control means 1A causes the character “ken” to “jump” when the game elapsed time is “5.0 seconds”.
[0077]
Further, the control means 1A causes the character “ken” to perform an action corresponding to the time interval based on the distance table 1B6. For example, the control unit 1A causes the character “ken” to perform “left punch” when the distance becomes “0.00 m to 0.50 m”.
[0078]
Further, the control means 1A causes the character “ken” to perform an action corresponding to the life point based on the life point table 1B7. For example, the control means 1A causes the character “Ken” to perform “defense” when his / her life point becomes “10 or less”.
[0079]
In this way, the control means 1A simulates the operation of the player “O” based on the time table 1B4, the distance table 1B6, and the life point table 1B7, and reproduces the action of the character “Ken” (step 103). ).
[0080]
Next, a second embodiment will be described.
[0081]
In 1st Embodiment mentioned above, the action according to the game elapsed time was reproduced by the character by time table 1B4.
[0082]
The second embodiment is characterized in that the concept of time is changed not to the elapsed time but to the time zone. That is, the control means 1A extracts the technique information input for each time zone from the action table 1B3 after the match is finished, generates the time zone table 1B5, and stores the generated time zone table 1B5 in the storage means 1B. Then, the character's action is reproduced using the time zone table 1B5 and another table.
[0083]
The time zone table 1B5 will be specifically described. As shown in FIG. 10, the player identification information of the time zone table 1B5 is “B”, and the character identification information is “Ken”. The information of the technique input during the time zone “0.0 seconds to 30.0 seconds” is “jump once, right kick once, left punch twice”, and time zone “30.1 seconds” The information of the technique input during "~ 60.0 seconds" is "Defense 2 times, Left kick 2 times", and the information of the technique input during the time zone "60.1 seconds-90.0 seconds" The information is “1 jump, 1 special move”. And the information of the technique input whenever the battle | competition is complete | finished is added to the time slot | zone table 1B5.
[0084]
Thereby, according to a time slot | zone, the habit of the technique which player "B" delivers can be memorize | stored. Then, the control unit 1A simulates the behavior of the character operated by the player “B” based on the time zone table 1B5 and other tables.
[0085]
A specific reproduction operation will be described. The control means 1A performs a pseudo operation of the player “B” based on the time zone table 1B5, the distance table 1B6, and the life point table 1B7. For example, if the game elapsed time zone is “60.1 seconds to 90.0 seconds” and the difference in life point between yourself and the opponent is “more than 10 opponents”, the character “Ken” Let the Special Move "be performed. Alternatively, when the game elapsed time zone is “00.0 seconds to 30.0 seconds” and the distance is “0.00 m to 0.50 m”, the character “Ken” is positively left punched. Let it be done.
[0086]
As described above, the control means 1A monitors the current game elapsed time, and reproduces the character's behavior in consideration of the current life point and distance from the time zone corresponding to the current game elapsed time.
[0087]
Further, the control means 1A advises how to capture the player “B” based on the time zone table 1B5. For example, the control means 1A states that “player“ B ”performs one jump, one right kick, and two left punches during a game time of 0 seconds to 30 seconds, for 30 seconds to 60 seconds. Monitors information (output means: 2 times defensive and 2 left kicks in time, and 1 jump and 1 deadly action in 60-90 seconds) 1E).
[0088]
A third embodiment will be described.
[0089]
In the first embodiment described above, the interval between characters is simply expressed by distance.
[0090]
However, in the current complex battle game, there are many cases where the situation where the character is placed cannot be grasped only by a simple distance. For example, when the distance between characters is 1 m, the distance in a state of facing the front may be 1 m, or even if the opponent character is above or behind the head of the own character, There may be a case of 1 m. Then, it is conceivable that the action of the character, for example, the technique to be delivered, differs between the case where the battle character is in front and the case where it is behind, even if the distance is the same 1 m.
[0091]
Therefore, the third embodiment is characterized in that vector information is used instead of distance information as information indicating the situation where the character is placed.
[0092]
The vector information here is information on the direction of the battle character relative to the character whose information is to be obtained and the distance to the character, or the direction of the battle character based on the character whose behavior is to be reproduced and its direction. This is information on the distance to the character.
[0093]
The vector information will be specifically described. Assuming that the character to be stored in the action table 1B3 is the character X and the battle character of the character X is the character Y, as shown in FIG. The direction is 0 and the distance is 1 m ″. The direction in this case defines an angle in the counterclockwise direction around the character X. When the character Y is directly above the character X, the vector information Y is “direction 90, distance 1 m”, and when the character Y is immediately behind the character X, the vector information Z is “direction 180, distance”. 0.5 m ".
[0094]
The control unit 1A records the above-described vector information instead of the distance information. FIG. 12 shows an action table 1B3 when the player “B” battles by operating the character “Ken”. In FIG. 12, the reference time is the start time of the game, and the time information is information of the game elapsed time. As shown in FIG. 12, the time information when the player “B” inputs the technique “jump” is “5.0 seconds”, and the vector information at that time is “direction 180, distance 1.5 m”. The information of the life point of his / her character is “100”, and the life point information of the opponent character at that time is “100”. In addition, the time information when the player “B” inputs the technique “right kick” is “7.0 seconds”, and the vector information at that time is “direction 45, distance 0.8 m”. The life point information of “98” is “98”, and the life point information of the opponent character at that time is “100”. In addition, the time information when the player “B” inputs the technique “left punch” is “7.5 seconds”, the vector information at that time is “direction 0, distance 0.5 m”, and the character of that time at that time The life point information of “95” is “95”, and the life point information of the opponent character at that time is “80”. Also, the information of the time when the player “B” inputs the technique “left punch” is “8.0 seconds”, and the vector information at that time is “direction 0, distance 0.5 m”, and his character at that time The life point information of “94” is “94” and the life point information of the opponent character at that time is “75”.
[0095]
Next, the control means 1A extracts the technique information input according to the vector information from the action table 1B3 after the match is finished, generates a vector information table 1B7, and stores the generated vector information table 1B7 in the storage means 1B. Remember me.
[0096]
For example, as shown in FIG. 13, the player identification information in the vector information table 1B7 is “B”, and the character identification information is “KEN”. The technique information input when the vector information is “direction 0, distance 0.5 m” is “left punch”, and the vector information is information of technique input when “direction 45, distance 0.8 m”. Is “right kick”, and the technique information input when the vector information is “direction 180, distance 1.5 m” is “jump”. In this way, information on the technique input each time the battle is completed is added to the vector information table 1B7.
[0097]
Then, the control means 1A causes the character “ken” to perform an action based on the vector information based on the vector information table 1B7. For example, when the vector information of the fighting character (character operated by the instep) with reference to the character “Ken” is “direction 45, distance 0.8 m”, the control unit 1A performs “right kick” on the character “Ken”. To do. When the vector information is “direction 0, distance 0.5 m”, the character “ken” is caused to perform “left punch”.
[0098]
Further, the control means 1A advises how to capture the player “B” based on the vector information table 1B7. For example, the control means 1A states that “player“ B ”has a left punch action when the opponent character is in front and the distance is 05 m, and a right kick action when the opponent character is at a distance of 0.8 m directly above. In addition, when the opponent character has a distance of 1.5 m right behind, the player often makes a jump action ”on the monitor (output means 1E).
[0099]
A fourth embodiment will be described.
[0100]
FIG. 14 is a block diagram of the fourth embodiment, and shows the configuration of the competitive game system 1.
[0101]
In FIG. 14, 10 is a controller, and this controller 10 is the same as that shown in FIG.
[0102]
Reference numeral 11 denotes a technique determination unit. The technique determination unit 11 has a technique table 1A1 shown in FIG. 3, and in response to input information from the controller 10, for example, information that the SW 21 is pressed, the technique corresponding to the input information is acquired. A search is made from the table 1A1, and this technique information is output to the table creation unit 13 described later.
[0103]
Reference numeral 12 denotes a status monitoring unit. The situation monitoring unit 12 monitors the current situation of the character and outputs the situation to the table creation unit 13 or the technique determination unit 15. In the present embodiment, the situation monitoring unit 12 monitors the time and vector information described above. That is, it is configured to monitor the elapsed time with the start time of the battle as the reference time and the vector information (direction, distance) based on the character to be recorded or the character to be reproduced. Then, the situation is output to the table creation unit 13.
[0104]
Reference numeral 13 denotes a table creation unit. The table creation unit 13 creates an action table 20 based on the technique information from the technique determination unit 11 and the situation information (elapsed time, vector information) from the situation monitoring unit 12, and further includes a time zone action table 21, An action frequency table 21 and an action probability table 23 are created. Hereinafter, each table will be described.
[0105]
The action table 20 is a table created based on the technique information from the technique determination unit 11 and the situation information (elapsed time, vector information) from the situation monitoring unit 12, and as shown in FIG. This is a table in which an elapsed time when this technique is executed and vector information when this technique is executed are recorded in association with each other. Note that information including a technique, an elapsed time when the technique is executed, and vector information when the technique is executed is hereinafter simply referred to as action information.
[0106]
The time zone action table 21 is created by the table creation unit 13 and the action information recorded in the action table 20 is re-sorted for each elapsed time zone. In FIG. 16, the behavior information recorded in the behavior table 20 is a table divided into time zones of 0 to 30 seconds, 31 to 60 seconds, and so on.
[0107]
The action frequency table 22 is created by the table creation unit 13, and based on the action information divided for each time zone by the time zone action table 21, a table summarizing the frequency of techniques for the vector information of the behavior information for each time zone. It is. In the action frequency table 22 shown in FIG. 17, in the time zone of 0 to 30 seconds, the player B has one jump, three punches, and one kick under the situation indicated by the vector information (0, 1.0). It shows that it went.
[0108]
The action probability table 23 is a table that is created by the table creation unit 13 and totals the probabilities of techniques for the vector information for each time zone based on the frequency of techniques divided by the time frequency table 22 for each vector information. That is, the table shows the probability that each technique is executed based on the total number of techniques executed under the situation indicated by each vector information and the number of each technique. In the action probability table 23 shown in FIG. 18, jump 1/5, punch 3/5, kick 1/5 under the situation indicated by the vector information (0, 1.0) in the time zone of 0 to 30 seconds. It shows that each technique is executed with the probability of.
[0109]
Reference numeral 16 denotes a technique determination unit. The technique determining unit 16 receives the elapsed time and the vector information from the situation monitoring unit 12 at the time of reproducing the character's action, and displays the probability of the technique corresponding to the current elapsed time and the vector information in the action probability table. 23, the technique to be executed is determined based on the probability of the technique. More specifically, when the current situation is an elapsed time of 15 seconds and the vector information is (0, 1.0), the technique determining unit 16 determines the vector information of the time zone 0 to 30 seconds from the action probability table 23. The probability of the technique (0, 1.0) is searched. In this case, the probabilities of techniques to be searched are jump 1/5, punch 3/5, and kick 1/5. Therefore, the technique determining unit 16 determines a technique by generating a random number or the like so that the occurrence rate of jump, punch, and kick is 1: 3: 1, and outputs technique information indicating the determined technique.
[0110]
Reference numeral 17 denotes a technique execution unit. The technique execution unit 17 causes the character to execute a technique based on the technique information from the technique determination unit 16.
[0111]
Next, the above operation will be described. In the description of the operation, a recording process (action recording process of a character to be reproduced), a table creation process (a process until the action probability table 23 is created from the action table 20), and a reproduction process (the action probability table 23). And a process for reproducing the action of the character).
[0112]
First, the operation of the recording process will be described. FIG. 19 is a flowchart of the recording process operation.
[0113]
When the recording process is started (Step 200), the situation monitoring unit 12 monitors the situation (elapsed time, vector information) where the character to be recorded is placed (Step 201).
[0114]
When information for executing a technique is input by the controller 10 (Step 202), the technique determination unit 11 determines the technique from the information (Step 203) and executes the technique (Step 204). Further, the table creation unit 13 records the technique and the status information (elapsed time, vector information) when the technique is executed in the action table 20 (Step 205).
[0115]
Then, the situation monitoring unit 12 determines whether or not the battle has ended (Step 206), and when the battle has ended, the recording process ends (Step 207).
[0116]
Next, the operation of the table creation process will be described. FIG. 20 is a flowchart of the operation of the table creation process.
[0117]
First, when the table creation processing is started (Step 300), the table creation unit 13 classifies the behavior information (elapsed time, vector information, technique) recorded in the behavior table 20 for each elapsed time zone, The belt action table 21 is created (Step 301).
[0118]
Next, the table creation unit 13 aggregates the frequency of techniques for each vector information based on the behavior information for each time zone in the time zone behavior table 21, and creates the behavior frequency table 22 (Step 302).
[0119]
Then, the table creation unit 13 calculates the execution probability of the technique corresponding to each vector information of each time zone from the technique frequency in the action frequency table 22, creates the action probability table 23 (Step 303), and creates the table. The process ends (Step 304).
[0120]
Finally, the operation of the reproduction process will be described. FIG. 21 is a flowchart of the reproduction processing operation.
[0121]
When the reproduction process is started (Step 400), the situation monitoring unit 12 monitors the vector information based on the character whose action is to be reproduced and the elapsed time (Step 401).
[0122]
The technique determination unit 15 receives the vector information based on the character whose behavior is to be reproduced and the elapsed time from the situation monitoring unit 12, and from the action probability table, among the vector information in the time zone corresponding to the elapsed time, Vector information corresponding to the current vector information is searched (Step 402). If there is corresponding vector information (Step 403), the execution probability of each technique corresponding to the vector information is read (Step 404). Then, the technique is determined by a random number or the like (Step 405). In Step 403, if there is no corresponding vector information, the process returns to Step 401.
[0123]
The technique execution unit 16 causes the character to perform the technique determined by the technique determination unit 15 (Step 406). When the situation monitoring unit 12 determines that the battle is finished (Step 407), the reproduction process is finished (Step 408).
[0124]
By the above operation, even when a battle game is performed by one person, the action of the character is reproduced in the same manner as that user operates, based on the record of the character operated by the other user in the past. Can do.
[0125]
It should be noted that the technique determination unit 11, the situation monitoring unit 12, the table creation unit 13, the technique determination unit 16, and the technique execution unit 17 described above can be performed in the same manner by a control unit such as a CPU that operates according to a program. is there.
[0126]
Further, based on the action probability table 23, advice means for advising a recorded player's strategy may be provided. For example, in a time zone of 30 seconds from the start of the battle, when the battle character is in front and the distance is 1 m, advice such as often performing a punch action based on the execution probability of the action probability table 23 is given.
[0127]
In the above-described embodiment, a battle game such as an action game has been described as an example. However, other types of battle games can be applied in the same manner.
[0128]
【The invention's effect】
According to the present invention, the battle situation is recorded, such as time, distance, life point, vector information, etc., and the action of the character under the situation is accumulated. Based on the accumulated information, the operation of the player who is not actually playing is recorded. Since it is configured to reproduce, it is possible to realistically reproduce individual wrinkles that are actually operated by the player.
[0129]
It is also possible to receive advice when playing against a recorded player.
[Brief description of the drawings]
FIG. 1 is a block diagram of a competitive game system according to the present invention.
FIG. 2 is a diagram for explaining a controller according to the present invention.
FIG. 3 is a diagram for explaining a technique table 1B1 according to the present invention.
FIG. 4 is a diagram for explaining a character table 1B2 according to the present invention.
FIG. 5 is a diagram for explaining an action table 1B3 according to the present invention.
FIG. 6 is a diagram for explaining a time table 1B4 according to the present invention.
FIG. 7 is a diagram for explaining a distance table 1B6 according to the present invention.
FIG. 8 is a diagram for explaining a life point table according to the present invention.
FIG. 9 is a flowchart of the present invention.
FIG. 10 is a diagram for explaining a time zone table 1B5 according to the present invention.
FIG. 11 is a diagram for explaining vector information according to the present invention.
FIG. 12 is a diagram for explaining an action table 1B3 according to the present invention.
FIG. 13 is a diagram for explaining a vector information table 1B7 according to the present invention.
FIG. 14 is a block diagram of a fourth embodiment.
FIG. 15 is a diagram for explaining an action table 20;
FIG. 16 is a diagram for explaining a time zone action table 21;
FIG. 17 is a diagram for explaining an action frequency table 22;
FIG. 18 is a diagram for explaining an action probability table 23;
FIG. 19 is a flowchart of the recording process operation;
FIG. 20 is a flowchart of an operation of table creation processing.
FIG. 21 is a flowchart of the operation of reproduction processing.
[Explanation of symbols]
1A Control means
1B storage means
1C1, 1C2 input means
1D communication means
1E output means
1F Reading / writing means
1G recording medium

Claims (10)

In the competitive game system, in the battle mode in which the game system is in charge of the action of the character to fight, the action of the character in charge of the game system is simulated based on information that the player or other player has operated the character in the past. A game system that reproduces
Input means for input of operation information for determining the character's action by the player;
An action record table in which the action of the character corresponding to the operation information and the vector information for the fighting character based on the character when the operation information is input are associated and recorded as action information;
The action recording table monitors the vector information representing the direction and distance of the character that records the action against the fighting character, and uses the vector information when the operation information is input and the action of the character corresponding to the operation information as action information. Recording means for recording on,
Based on the action information recorded in the action record table, an action frequency table is created in which the action frequency of the character is tabulated for each vector information, and based on the action frequency of each character tabulated for each vector information Calculating the execution probability of each action corresponding to each vector information, and creating an action probability table by associating each vector information and the execution probability of each action;
In the battle mode in which the game system is in charge of the action of the battle character, vector information representing the direction and distance of the character in charge of the game system with respect to the battle character is monitored, and the vector information corresponding to the current vector information is Searching from the action probability table, searching for the execution probability of each action corresponding to this vector information, and determining an action to be executed based on the execution probability of each action;
A battle game system comprising character action control means for causing a character in charge of the game system to perform the determined action. The recording means monitors the vector information indicating the direction and distance of the character to which the action is to be played against the fighting character and the battle time, and the vector information at the time of input of the operation information and the action of the character corresponding to the operation information And a means for storing in the action record table as action activation information in association with the elapsed time of the battle at the time of input of the operation information,
The table creating means creates an action frequency table in which the elapsed time zone and the action frequency of each character aggregated for each vector information are associated based on the action information recorded in the action record table, Based on the action frequency table, the execution probability of each action corresponding to the vector information in the elapsed time zone is calculated, and the action time is associated with the elapsed time zone, the vector information, and the execution probability of each action. A means of creating a probability table,
In the battle mode in which the action of the fighting character is assigned to the game system, the action determining means monitors the elapsed time of the fight and vector information representing the direction and distance of the character being played by the game system. The vector information corresponding to the current vector information is searched from the elapsed time zone corresponding to the elapsed time in the action probability table, and the execution probability of each action corresponding to the vector information is searched. 2. The competitive game system according to claim 1, wherein the game system is means for determining an action to be executed based on an execution probability. The recording means monitors the vector information indicating the direction and distance of the character that records the action against the fighting character and the life point of the character, and corresponds to the vector information and the operation information when the operation information is input. Is a means for storing the action of the character to be associated with the life point of the character at the time of input of the operation information in the action record table as action activation information,
The table creating means creates an action frequency table in which life points are associated with the frequency of action of each character aggregated for each vector information based on the action information recorded in the action record table, Based on this action frequency table, the execution probability of each action corresponding to the life point and vector information is calculated, and the action probability table is created by associating the life point, the vector information, and the execution probability of each action. Means to
The action determination means monitors the vector information and the life point indicating the direction and distance of the character in charge of the game system in charge in the battle mode in which the game system is in charge of the action of the battle character. The means according to claim 1 or 2, wherein the action probability of each action corresponding to the life point and vector information is searched, and the action to be executed is determined based on the execution probability of each action. Competitive game system. In a battle-type game executed by a computer, in a battle mode in which the game system is in charge of the action of the character to be played, the action of the character in charge of the game system is converted into information that the player or other player has operated the character in the past. Based on a game program that reproduces in a pseudo manner,
The game program includes a computer that performs the competitive game,
Input means for input of operation information for determining the character's action by the player;
Vector information representing the direction and distance of the character recording the action against the fighting character is monitored, the action of the character corresponding to the operation information, and the vector for the fighting character based on the character when the operation information is input Recording means for recording, as action information, vector information at the time of input of operation information and action of a character corresponding to the operation information in an action record table that is recorded as action information in association with information,
Based on the action information recorded in the action record table, an action frequency table is created in which the action frequency of the character is tabulated for each vector information, and based on the action frequency of each character tabulated for each vector information Calculating the execution probability of each action corresponding to each vector information, and creating an action probability table by associating each vector information and the execution probability of each action;
In the battle mode in which the game system is in charge of the action of the battle character, vector information representing the direction and distance of the character in charge of the game system with respect to the battle character is monitored, and the vector information corresponding to the current vector information is Searching from the action probability table, searching for the execution probability of each action corresponding to this vector information, and determining an action to be executed based on the execution probability of each action;
A battle-type game program that functions as character action control means for causing a character in charge of the game system to perform the determined action. The game program is
The recording means monitors the vector information representing the direction and distance of the character that records the action against the character being played, and the battle time, and the vector information when the operation information is input and the action of the character corresponding to the operation information And corresponding to the elapsed time of the battle at the time of input of the operation information to function as means for storing in the action record table as action activation information,
Based on the action information recorded in the action record table, the table creating means creates an action frequency table in which the elapsed time zone and the action frequency of each character aggregated for each vector information are associated, Based on the action frequency table, the execution probability of each action corresponding to the vector information in the elapsed time zone is calculated, and the action time is associated with the elapsed time zone, the vector information, and the execution probability of each action. Function as a means to create a probability table,
When the action determination means is in a battle mode in which the game system takes charge of the action of the battle character, it monitors the elapsed time of the battle and vector information representing the direction and distance of the character in charge of the game system. The vector information corresponding to the current vector information is searched from the elapsed time zone corresponding to the elapsed time in the action probability table, and the execution probability of each action corresponding to the vector information is searched. 5. The competitive game program according to claim 4, wherein the competitive game program functions as means for determining an action to be executed based on an execution probability. The game program is
The recording means monitors the vector information representing the direction and distance of the character that records the action against the fighting character and the life point of the character, and corresponds to the vector information and the operation information when the operation information is input. The action of the character to be associated with the life point of the character at the time of input of the operation information is made to function as means for storing the action activation information in the action record table,
Based on the action information recorded in the action record table, the table creating means creates an action frequency table in which the life points and the action frequency of each character aggregated for each vector information are associated, Based on this action frequency table, the execution probability of each action corresponding to the life point and vector information is calculated, and the action probability table is created by associating the life point, the vector information, and the execution probability of each action. Function as a means to
When the action determination means is in a battle mode in which the game system is in charge of the action of the battle character, the game system monitors the vector information and the life point representing the direction and distance of the character in charge of the battle character, 6. The execution probability of each action corresponding to the life point and vector information is searched and functioned as means for determining an action to be executed based on the execution probability of each action. Match-up game program.   A recording medium in which the program according to any one of claims 4 to 6 is stored. In a battle-type game, in the battle mode in which the game system is in charge of the action of the character to fight, the action of the character in charge of the game system is simulated based on information that the player or other player has operated the character in the past. A method for reproducing character behavior to be reproduced
Vector information representing the direction and distance of the character recording the action against the fighting character is monitored, the action of the character corresponding to the operation information, and the vector for the fighting character based on the character when the operation information is input In the action record table that is recorded as action information in association with information, vector information at the time of input of operation information that determines the action of the character input by the player, and the action of the character corresponding to the operation information A recording step for recording as action information;
Based on the action information recorded in the action record table, an action frequency table is created in which the action frequency of the character is tabulated for each vector information. Based on the action frequency of each character tabulated for each vector information A table creation step of calculating an execution probability of each action corresponding to each vector information and creating an action probability table by associating each vector information and the execution probability of each action;
In the battle mode in which the game system is in charge of the action of the battle character, vector information representing the direction and distance of the character in charge of the game system with respect to the battle character is monitored, and the vector information corresponding to the current vector information is An action determination step for searching from the action probability table, searching for an execution probability of each action corresponding to the vector information, and determining an action to be executed based on the execution probability of each action;
A character action reproduction method comprising: a character action control step for causing the character in charge of the game system to perform the determined action. The recording step monitors the vector information representing the direction and distance of the character to which the action is being played against the character being played, and the battle time, and the vector information at the time of input of the operation information and the action of the character corresponding to the operation information And corresponding to the elapsed time of the battle at the time of inputting the operation information, and storing it in the action record table as action activation information,
Based on the action information recorded in the action record table, the table creation step creates an action frequency table in which the elapsed time zone and the action frequency of each character aggregated for each vector information are associated, Based on the action frequency table, the execution probability of each action corresponding to the vector information in the elapsed time zone is calculated, and the action time is associated with the elapsed time zone, the vector information, and the execution probability of each action. Creating a probability table,
When the action determination step is a battle mode in which the game system takes charge of the action of the fighting character, the elapsed time of the fight and vector information representing the direction and distance of the character in charge of the game in charge of the game are monitored. The vector information corresponding to the current vector information is searched from the elapsed time zone corresponding to the elapsed time in the action probability table, and the execution probability of each action corresponding to the vector information is searched. The character action reproduction method according to claim 8, wherein the action action is a step of determining an action to be executed based on an execution probability. The recording step monitors the vector information indicating the direction and distance of the character that records the action against the fighting character and the life point of the character, and corresponds to the vector information and the operation information when the operation information is input. The action of the character to be associated with the life point of the character at the time of input of the operation information is stored as action activation information in the action record table,
Based on the behavior information recorded in the behavior record table, the table creation step creates a behavior frequency table in which life points are associated with the frequency of behavior of each character aggregated for each vector information, Based on this action frequency table, the execution probability of each action corresponding to the life point and vector information is calculated, and the action probability table is created by associating the life point, the vector information, and the execution probability of each action. Is a step to
When the action determination step is a battle mode in which the game system takes charge of the action of the fighting character, the game system monitors the vector information and the life point indicating the direction and distance of the character in charge of the fighting character, The execution probability of each action corresponding to the life point and the vector information is searched, and the action to be executed is determined based on the execution probability of each action. How to reproduce character behavior.

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